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High Voltage IGBT Gate Drivers: Advanced Solutions
Railways
Induction Heating
AC Drives
EV
Solar Energy
Wind Energy
HVDC
and more
High Voltage IGBT gate driver
Optimized Control and Protection for High Voltage Applications
Elventive’s high voltage digital gate drivers cater to low and high power, high voltage, and high availability applications for IGBT and SiC MOSFETs.
Built on the proven Amantys design from Poweronics, UK, our products feature advanced control, protection, and programmable functions for optimal performance.
The gate drivers are available from 1.7kV to 3.3kV and 4.5kV to 6.6kV devices and can be further customized. Applications include Railways, Induction Heating, AC Drives, Solar, Wind, HVDC, Electric Vehicles and more
Control
"Advanced Control and Protection"
The AMANTYS Digital Gate Drivers feature sophisticated control and protection mechanisms, ensuring reliable and safe operation in high voltage environments.
The AMANTYS Digital Gate Drivers feature sophisticated control and protection mechanisms, ensuring reliable and safe operation in high voltage environments.
Programmability
"Customizable Settings"
These gate drivers come with programmable settings that allow for customization and optimization, enhancing performance according to specific application needs.
These gate drivers come with programmable settings that allow for customization and optimization, enhancing performance according to specific application needs.
Compatibility
"Wide Voltage Range"
Designed to cater to a broad range of voltage levels, from 1.7 to 6.6KV, the AMANTYS gate drivers are versatile and suitable for various high power applications.
Designed to cater to a broad range of voltage levels, from 1.7 to 6.6KV, the AMANTYS gate drivers are versatile and suitable for various high power applications.
Applications
"Industry Versatility"
With their robust design and advanced features, these gate drivers are ideal for use in traction/rail, induction heating, AC drives, solar, wind, HVDC, EV, and other high voltage and high power applications.
With their robust design and advanced features, these gate drivers are ideal for use in traction/rail, induction heating, AC drives, solar, wind, HVDC, EV, and other high voltage and high power applications.